I-DDG-1.0 ye-Industrial Conductivity Sensor eFakelweyo Umfanekiso

I-DDG-1.0 i-Industrial Conductivity Sensor

Inkcazelo emfutshane:

★ Uluhlu lokulinganisa: 0-2000us / cm
★ Uhlobo: Inzwa ye-analog, imveliso ye-mV
★Iimbonakalo:I-316L ye-Titanium Alloy kunye nePlatinamu, amandla anamandla okuchasana nokungcoliseka
★Isicelo: Inkqubo ye-RO, i-Hydroponic, unyango lwamanzi

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izalathisi zobuGcisa

Yintoni i-Conductivity?

Imanyuwali

I-conductivity series series ye-electrode isetyenziselwa ngokukodwa ukulinganisa ixabiso le-conductivity yamanzi ahlambulukileyo, amanzi ahlambulukileyo, ukucocwa kwamanzi, njl njl. Kufanelekile ngokukhethekileyo ukulinganisa i-conductivity kwiplanti yamandla e-thermal kunye noshishino lokucoca amanzi.Ibonakaliswa yi-double-cylinder structure kunye ne-titanium alloy material, enokuthi i-oxidized ngokwemvelo ukuba yenze i-chemical passivation.Umphezulu wayo olawulayo ochasayo uyaxhathisa kuzo zonke iintlobo zolwelo ngaphandle kweasidi ye-fluoride.Amacandelo embuyekezo yobushushu ngala: NTC2.252K, 2K, 10K, 20K, 30K, ptl00, ptl000, njl. ezichazwe ngumsebenzisi.I-K = 10.0 okanye i-K = i-30 i-electrode ithatha indawo enkulu yesakhiwo seplatinum, echasene ne-asidi eqinile kunye ne-alkaline kwaye inamandla okuchasana nokungcola;isetyenziselwa ikakhulu ukulinganisa i-intanethi yexabiso le-conductivity kumashishini akhethekileyo, afana neshishini lokucocwa kwamanzi amdaka kunye noshishino lokucoca amanzi olwandle.

Ngaphambili: I-DDG-0.1F&0.01F i-Industrial Tri-clamp Conductivity Sensor

Okulandelayo: I-DDG-10.0 i-Industrial Conductivity Sensor

I-electrode rhoqo	0.1
Amandla acinezelayo	0.6MPa
Uluhlu lokulinganisa	0-200uS/cm
Uqhagamshelwano	1/2 okanye 3/4 Ufakelo lwemisonto
Izinto eziphathekayo	I-316L ye-Titanium Alloy kunye nePlatinum
Isicelo	Ishishini lokucoca amanzi

Ukuqhubangumlinganiselo wokukwazi kwamanzi ukudlula ukuhamba kombane.Olu buchule luhambelana ngokuthe ngqo nokugxininiswa kweeyoni emanzini
1. Ezi ion conductive zivela kwiityuwa ezinyityilisiweyo kunye nezinto ezingaphiliyo ezifana nealkalis, chlorides, sulfides kunye necarbonate compounds.
2. Ii-Compounds ezinyibilikayo kwii-ion zikwabizwa ngokuba yi-electrolytes 40. I-ion eninzi ekhoyo, iphezulu i-conductivity yamanzi.Ngokunjalo, iiyoni ezimbalwa ezisemanzini, kokukhona ziqhuba kancinci.Amanzi adityanisiweyo okanye adityanisiweyo angasebenza njenge-insulator ngenxa yexabiso lawo eliphantsi kakhulu (ukuba alinakuhoywa).Amanzi olwandle, kwelinye icala, ane-conductivity ephezulu kakhulu.

Iion iqhuba umbane ngenxa yeentlawulo zabo ezintle nezimbi
Xa i-electrolytes ichitheka emanzini, iyahlukana ibe yi-positive charge (cation) kwaye ihlawuliswe kakubi (anion) particles.Njengoko izinto ezinyityilisiweyo ziqhekeka emanzini, ugxininiso lwentlawulo nganye elungileyo kunye nengalunganga ihlala ilingana.Oku kuthetha ukuba nangona i-conductivity yamanzi inyuka ngee-ion ezongeziweyo, ihlala ingathathi hlangothi ngombane 2

Ukuqhuba/Ukuxhathisayiparamitha yohlalutyo esetyenziswa ngokubanzi kuhlalutyo lokucoceka kwamanzi, ukubeka iliso kwi-osmosis ebuyela umva, iinkqubo zokucoca, ulawulo lweenkqubo zemichiza, nakumanzi amdaka akwimizi-mveliso.Iziphumo ezithembekileyo kwezi zicelo ezahlukeneyo zixhomekeke ekukhetheni i-sensor conductivity efanelekileyo.Isikhokelo sethu esisincomayo sisalathiso esibanzi kunye nesixhobo soqeqesho esisekwe kumashumi eminyaka yobunkokeli boshishino kulo mlinganiso.

I-Conductivity kukukwazi kwempahla ukwenza umsinga wombane.Umgaqo apho izixhobo zokulinganisa i-conductivity ilula-iipleyiti ezimbini zifakwe kwisampuli, amandla asetyenziswa kuwo wonke amacwecwe (ngokuqhelekileyo i-sine wave voltage), kwaye i-current edlula kwisisombululo ilinganiswa.

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